Earlier this year, we heard from many of you on how important speed is to your daily activities on the web. We kicked off a series of discussions with the Internet community on ways to make the web faster: from Internet protocols and best practices in website development, to improvements in the browser itself.
A lot of engineering effort is involved in making sure that a browser continually provides a fast, responsive, and satisfying experience on the web. We're excited to see modern browsers continue to push the envelope in designing and optimizing browser architecture for speed and performance.
with Jim Roskind
- What is DNS pre-resolution, and how does it make Google Chrome even faster?
- Why is DNS pre-resolution difficult to do?
- Explain in more detail how adaptive pre-resolution works.
- How else is DNS pre-resolution beneficial? Can it help with browser start-up time?
- How do we measure and benchmark the benefits of DNS pre-resolution?
- What's next for DNS pre-resolution?
with Mads Ager
- What is V8?
- How do we measure V8's performance?
DOM bindings and more
with Mike Belshe
- What are DOM bindings?
- What are the most recent improvements in DOM bindings, for Google Chrome as well as other browsers?
- The Google Chrome beta release in August 2009 included improvements in DOM bindings. Tell us more.
- How do we measure and benchmark improvements in DOM bindings?
- In general, what are the biggest performance impediments for a browser?
- What are some of the performance benefits of Google Chrome's multiprocess architecture?